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Dissertations and Theses

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About these collections

These collections contain dissertations and theses authored by University of Kansas students. Current works are posted here in fulfillment of graduation requirements.

At the author's request, staff at the KU Libraries are happy to digitize and make available in KU ScholarWorks any thesis or dissertation. Please contact Marianne Reed at [email protected] for more information.

Historical Context

Collections in this community, dissertations [4701], pre-1929 dissertations and theses [923], theses [3941], recent submissions.

The vitae of St. Nicholas and his hagiographical icons in Russia 

Promise Land: Proving Correctness with Strongly Typed Javascript-Style Promises 

A study of Pope Innocent III’s treatise De quadripartita specie nuptiarum 

The Burlington and Missouri River Railroad brings the Mennonites to Nebraska, 1873-1878 

The Social Validity and Efficacy of a Virtual Reality Intervention for Improving Middle School Students’ Social Communication: A Randomized Controlled Study 

Designing Pseudo-Random Staggered PRI Sequences 

Brown v. Board of Education of Topeka : Anatomy of a decision 

Regional patterning in the Paleoindian record from Kansas, Oklahoma, and Texas 

A Structural and Petrographic Study of the Kentland, Indiana Impact Site 

Cultural Identity Construction among Political Refugee Students: The Case of Eritrean College Students in the Midwest 

A Comparison of Precision Teaching Methods With and Without Error Urging 

RNA Analysis of Liquid Biopsies for Cancer Diagnosis 

Conceptualizing Multimorbidities in Older Adults: Chronic Pain, Depression, and the Biopsychosocial Model 

Directing effect of Amide Function in Diastereoselective Reactions of Cyclopropenes and Cyclopropanes 

Examining the Conjoint Impact of Depressive Symptomatology and Mind Wandering on Affective Dynamics in Response to Emotionally Salient Visual Stimuli 

Explorations into the structure modification of amorphous silica surfaces and the implications to water dynamics at the interface: A theoretical study 

Methods Development for Glycopeptide and Glycan Analysis 

Sensitivity of the Urban Boundary Layer to Model Parameterization 

Dijet production at the LHC at next-to-leading order 

Does Aid Delivery Matter? The Role of Aid Delivery Mechanisms in Punishing Recipients, Credibly Signaling to Recipients, and Influencing Public Opinion 

The University of Kansas prohibits discrimination on the basis of race, color, ethnicity, religion, sex, national origin, age, ancestry, disability, status as a veteran, sexual orientation, marital status, parental status, gender identity, gender expression and genetic information in the University’s programs and activities. The following person has been designated to handle inquiries regarding the non-discrimination policies: Director of the Office of Institutional Opportunity and Access, [email protected] , 1246 W. Campus Road, Room 153A, Lawrence, KS, 66045, (785)864-6414, 711 TTY.

Centre for Symmetry and Deformation

• Symmetry and Deformation
• Courses/theses

Courses and Theses

The center offers a range of courses of courses at the MSc and PhD level, which can be found below. We also run a number of reading seminars for PhD students and postdocs which are which you can find by clicking  this link.

Courses at the centre

The following is a list of all courses held by employees (within the centre's mathematical areas) at the centre from September 2018 to June 2019. The titles link to course descriptions at the UCPH course catalogue .

Block 1 Categories and Topology (CatTop) Algebraic Geometry 2 (AlgGeo2) Algebraic Topology (AlgTop) Analysis on Manifolds (AnMan)

Block 2 Experimental Mathematics (XM) Functional Analysis (FunkAn) Homological Algebra (HomAlg) Topics in Algebraic Topology (TopTop) Topics in Operator Algebras (TopOp)

Block 3 Algebraic Topology 1.5: Cohomology (AlgTop1.5) Introduction to Operator Algebras (IntoOpAlg)

Block 4 Algebraic Topology II (AlgTopII) Introduction to K-Theory (K-Theory)

PhD, MSc, and BSc theses:

For inspiration we list every bachelor project (see also the 2018 bachelor catalogue ), master project and master thesis written at the center.

• Past topology theses
• Past NCG theses

On these pages we also list PhD theses. We have many PhD students and highly prioritize the PhD program. Look here for  PhD stipends at the Centre for Symmetry and Deformation  and  general information about the PhD program in mathematics .

Further links

• Reading seminars at the center
• UCPH-Science course catalog
• UCPH-Science academic calendar
• The schedule group structure (A,B,C)

Core Faculty

Associated Faculty

Niels Grønbæk Lars Halvard Halle Henrik Holm Ian Kiming Fabien Pazuki Morten Risager Asger Törnquist

Kasper K.S. Andersen Alexander Berglund Bob Oliver

In memoriam: Uffe Haagerup

Postdocs/Junior Faculty

Past postdocs

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Theses & Dissertations

Graduate students preparing to complete a thesis or dissertation should review the following dates and guidelines to ensure their work is properly submitted and meets all requirements for graduation.

Formatting & Submission

Formatting requirements.

All theses and dissertations completed at KU must meet KU's requirements for formatting specific components, including Title and Acceptance pages.

Submission Deadlines

Find out when to submit your thesis or dissertation and other required items.

How to Submit Your Thesis or Dissertation Electronically

The University of Kansas requires that all students whose degree programs require defense of a thesis or dissertation must publish their research in order to fulfill degree requirements.

Thesis and Dissertation Binding Instructions

Departments or advisors may require submission of a printed copy of every thesis and dissertation.

Additional Resources

Thesis and dissertation workshop.

This workshop covers what you need to know as soon as you get ready to submit your thesis or dissertation. It is offered once in the Fall and once in the Spring.

Previously Published Theses and Dissertations

We encourage you to explore theses and dissertations previously published by KU students from your department and related fields.

Embargoing Your Electronic Thesis or Dissertation

Embargo is the term used to describe a delayed release or delayed availability of scholarly work. Under certain circumstances, scholars may need to embargo their work.

Still Have Questions?

Remember to check with your department or school for questions about bibliographic style, including styles for citations, illustrations, tables, charts, etc.

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Doctor of Philosophy Theses and Dissertations(PHD)

By Issue Date Authors Titles Subjects

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This collection contains bibliographic information abstracts and full text of Doctor of Philosophy(PHD)theses and dissertations held in Research and Special Collections Section in Kenyatta University Library

Kenyatta University (c)

Sub-communities within this community

Phd-school of agriculture and enterprise development [38], phd-school of applied human sciences [80], phd-school of business [165], phd-school of economics [63], phd-school of education [401], phd-school of engineering and technology [9], phd-school of environmental studies [71], phd-school of health sciences [51], phd-school of hospitality, tourism & leisure studies [38], phd-school of humanities & social sciences [269], phd-school of law [0], phd-school of nursing [0], phd-school of public health [47], phd-school of pure and applied sciences [293], phd-school of security,diplomacy and peace studies [13], phd-school of visual and performing arts [35], recent submissions.

Narrating gender heterodoxies: a new historicist analysis of selected novels by African women 

The Child Character in Adult Literature: A Study of Six Selected Caribbean Novels 

Determinants of Utilization of Sexual and Reproductive Health Services among University Students, Nairobi City County, Kenya 

Rethinking Materiality on Social Identities: Archaeological Perspective of Thimlich Ohinga and Gedi Ruins, Kenya from 1000ce -1900ce 

Strategic Leadership Practices and Devolved Administrative Structures in Selected Semi-Arid Counties in Kenya 

Influence of Institutional Resource Utilization on Students’ Academic Performance in Public Secondary Schools in Makueni County, Kenya 

Cancer Risks Associated with Exposure to Background Ionizing Radiation in Human Habitat, Soil, and Food in Kenya 

Use of Information and Communication Technology in Promoting the Great Commission in Full Gospel Churches of Kenya in Meru County-Kenya 

Modeling HIV Aids Dynamics with Funding along the Northern Corridor Highway in Kenya 

Continuous Staff Development Programs on Librarians Job Performance in Selected Academic Libraries in North - Central Nigeria 

Shifts in the European Union’s Aid Strategies towards Kenya, 1976-2015 

Genome Wide Association Studies Of Striga Hermonthica (Del.) Benth. Resistance in the Sorghum Diversity Panel 

Green Innovation Strategy and Performance Sustainability of ISO 14001 Certified Manufacturing Firms in Nairobi City County, Kenya 

Relationship between Gender Role Reversal and Psychological Effects among Spouses in Nyeri County, Kenya 

Exploration of the Interface between Korean and Kenyan (Maasai) Ink-Painting Techniques in the Creation of New Intercultural Art Through Painting 

Chinese Special Economic Zone and Influence on Industrial Development in Nigeria, 1971-2014. 

Integrated Approach to Teaching and Learning English Language in Junior High Schools, Volta Region, Ghana 

Hydroxyapatite Nano-Fertilizers Effects on Adsorption and Uptake of Cadmium and Lead, Nutrient Release and Growth Performance of Selected Crops 

Sense of Competence, Self-Control and Moral Compass As Determinants of Academic Dishonesty among Form Four Students in Baringo County, Kenya 

Risk Assessment Due to Naturally Occurring Radioactive Materials in Kilimambogo, Kenya 

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Graduate Program

The mathematics department offers two graduate degrees, an MA and a PhD, as well as a Certificate in Applied Mathematics. Full details of the requirements for each degree are listed in the Mathematics Department Handbook and are summarized below. College-wide requirements for graduate students may be found in the Graduate School Catalog. Students who are interested in enrolling in graduate level coursework in the Department of Mathematics without formal admission to a graduate program at KU are encouraged to apply as non-degree seeking.

Find out more details about our graduate program

• MA Requirements
• PhD Requirements
• Certificate/Applied Math
• Teaching Assistantships
• Fellowships/Scholarships
• PhD Research

Features of our program

Our faculty, our diverse community, our interdisciplinary activities, our graduates' success, long tradition of excellence.

The first Ph.D. granted at KU was in Mathematics to Arnold Emch in the year 1895.

Since then, our graduate program has been a central part of the research and teaching mission of our department, and is an important component of our long term planning.

Faculty of Science

• Faculty of SCIENCE
• Doctoral theses

Guide for future doctors and assessors

The Faculty of Science can award:

• the doctoral degree in natural sciences – doctor scientiarum (dr.scient.)
• the doctoral degree in agronomy – doctor agronomiae (dr.agro.)

What is a doctoral degree?

The doctoral degree in the university’s highest academic degree and shall be awarded in acknowledgement of the author’s considerable scientific insight and maturity, and of the author having contributed substantially to the advancement of science. The award of the doctoral degree shall be based on a dissertation which is defended at a public, oral defense session.

Co-author statement

If a doctoral thesis, or parts hereof, is the result of group work it is necessary to enclose a statement signed by the co-authors and by the author himself/herself regarding the extent and character of each person contribution to the work. SCIENCE's co-authorship statement must be used.

The detailed rules about the awarding of a doctoral degree can be read in The Faculty of Science’s supplementing rules and procedures in connection with the Ministry of Education’s order on doctoral degrees (only in Danish) and in the University of Copenhagen’s Internal Rules and Guides regarding doctoral theses  (only in Danish).

Preparation, submission and evaluation

For more detailed rules and guidelines for preparation, submitting and evaluation of a doctoral thesis refer to the Faculty of Science’s Guide for the Author of a Doctoral Thesis.

When a doctoral thesis is submitted for evaluation at SCIENCE an assessment committee is formed. The assessment committee usually consists of 2-3 members whose task is to secure an independent and qualified evaluation of the thesis. The assessment committee must follow the “ Guidelines by the Faculty of Science for preparing evaluation committee recommendations in connection with doctoral theses ”.

When a thesis is submitted, suggestions for members of the assessment committee must be enclosed, along with CV and a list of publications from the suggested persons. Doctoral theses must be submitted electronically to  [email protected].

Screening for duplicate text

In support of the effects encouraging good scientific practice, the Faculty of Science routinely screens all doctoral theses for duplicate text prior to the actual evaluation ( learn more ).

The role of the opponent

If you are going to be opponent or leader of the defense at a doctoral thesis defense we recommend that you in advance read the " Guide for the chairperson of the doctoral defence and the opponents in connection with doctoral theses at the Faculty of Science ".

The administrative management of a doctoral thesis defense is handled by SCIENCE Research and Innovation and by the administrative employees at the relevant institute. In order to support and smoothen the work a check list for doctoral cases (only in Danish) has been created for use by the administrative personnel. 

Legal capacities

You can view guidelines for the treatment of legal capacities regarding doctoral theses here (In Danish).

Pia Fredberg Nielsen + 45 35 33 21 46 [email protected]

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PhD Research

As soon as students have taken a few preparatory courses and have chosen an advisor, they may begin their mathematical research.

We encourage our more advanced students to become active in mathematical research, to attend interdisciplinary seminars, and the department's weekly colloquia/seminars that bring in visiting scholars from a broad range of research interests. Our students are also encouraged to organize their own graduate seminars.

Our students interact one-to-one with their advisors, and it is not unusual for PhD students to publish research articles before graduating.

We also encourage and support our students to attend national meetings, conferences and workshops.  We are able to provide limited support for participation at some international conferences.

Department Research

Our faculty have a broad range of research areas.

The department's research groups hold weekly seminars.

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PhD Program Graduate Prospective Students

Doctoral program profile.

A minimum of 72 credit hours, or the equivalent, beyond the baccalaureate degree must be spent in graduate study at the University of Kansas (or transferred from an approved university) in order to complete requirements for the Ph.D. degree. This normally requires three years beyond the MS.

A minimum grade point average of 3.5/4.0 in Master’s degree work is normally required for admission to a doctoral program. It is also possible to choose the "Fast Track" Ph.D program directly from an approved B.S. degree, with a minimum GPA of 3.75/4.0. In this program, no M.S. degree is obtained, shortening the time required to obtain the Ph.D.

Doctoral Qualifying Examination

A qualifying examination will normally be taken either in the first semester of participation in the doctoral program on regular status or before the beginning of the second semester.

The Doctoral Qualifying Examination shall be an oral examination consisting of basic material from major areas in mechanical engineering and advanced material from the area of specialty declared by the student. The Qualifying Examination Committee, consisting of three or more members of the graduate faculty who are typically members of the Research and Graduate Studies & Committee of the Department of Mechanical Engineering shall prepare written questions in advance to be given to the student at the beginning of the examination. The qualifying examination will be taken in the first semester of participation in the doctoral program on regular status. A graduate student who does not seek a Master’s degree will take the qualifying examination after completion of 30 hours of graduate course work. A grade of pass or fail will be assigned and be kept in the departmental records.

If a student fails to pass the qualifying examination on the first attempt, a second attempt may be granted by the Qualifying Examination Committee upon the request of the student. The second attempt can be either written, oral, or both at the option of the Committee and will be given during the second semester of the doctoral program. The student will be terminated from the doctoral program if the Qualifying Examination is not passed after two attempts.

Plan of Study

On successful completion of the qualifying examination, the student selects a major professor from the Department to serve as the chairperson of the Advisory Committee and to direct the research. An Advisory Committee of at least five Graduate Faculty members from the School of Engineering, with at least three being from the Mechanical Engineering faculty, is then asked to serve by the student and his advisor to assist the student in preparing the plan of study, in conducting the comprehensive examination and in planning research.

Courses completed without an approved plan of study electronically filed will not necessarily count toward the degree. The plan of study must be submitted before the beginning of the second semester (after the Qualifying exam is passed) and must include the specific courses and all other requirements (research skills, research topic, etc.) that the student is expected to complete. After approval, the plan of study is electronically filed with the Department and with the Engineering Graduate Division. Create an online Graduate plan of study .

The minimum course work requirement is 54 credit hours beyond the coursework for the master's degree in Mechanical Engineering or 84 credit hours of coursework beyond the bachelor's degree, if the master's degree is not sought. A minimum of 9 credit hours of the 24 (or 21 of the 48) must be Mechanical Engineering courses numbered 700-990 (excluding 702, 899 and 901). A minimum of 9 credit hours of advanced mathematics beyond the bachelor's degree is required. Engineering, math, and other courses that count toward satisfaction of this mathematics requirement are listed in the  M.E. Graduate Handbook . Additionally, a minimum of 30 semester hours of dissertation credit is to be taken.

• View degree flow chart for Ph.D. (pdf)

Proficiency in Research Skill Area

The Ph.D. student must demonstrate a proficiency in at least one research skill area. Since the needs of each student differ, the research skills are determined with the advice and approval of the Advisory Committee. Possible areas may include:

• Receive a score in the language on the Educational Testing Service Graduate School Foreign Language Test at, or above, the minimal level prescribed by the Graduate School
• Complete a language course approved by the advisory committee with a grade of B or better.
• Computer Science. To establish competence in computer science, it is necessary to satisfy the Advisory Committee by demonstrating proficiency in a commonly used programming language and by creating at least one original program.

All research skill requirements must be satisfied prior to the comprehensive examination and reported to the Engineering Graduate Division on the Do-All form. If research skills are tested separately rather than integrally with the program, the completion of each requirement should be reported immediately to the Engineering Graduate Division so that it may be added to the student's permanent record.

Doctoral Comprehensive Examination

Following the completion of at least 18 credit hours of coursework beyond the Masters degree, a comprehensive or candidacy examination must be passed. The comprehensive examination shall consist of a presentation of the student's proposal for research on a topic previously approved by the advisor, followed by a public oral examination based on the aspirant's academic background. Through the Do-All form, the Department must request the School of Engineering Graduate Division to schedule the comprehensive oral examination in advance of the examination date by a minimum of two weeks. The committee (typically the advising committee) for the comprehensive oral examination must consist of at least five members, all of whom must be members of the Graduate Faculty and at least three of whom must be Mechanical Engineering Faculty. The Graduate Division of KU, on the basis of nominations submitted by the Department, will designate its members. At least one of the members must be from a department other than Mechanical Engineering. This member represents the Graduate School and must be a regular member of the Graduate Faculty. The examination may be scheduled provided that no less than five months have elapsed from the time of the aspirant's first enrollment at this university considering that the Qualifying Exam has been successfully completed.. The schedule for the examination should be announced (by email, web, and posted notices) throughout the Department at least 7 days in advance.

For every scheduled examination, the department will report a grade of honors, satisfactory, or unsatisfactory. If the aspirant receives a grade of unsatisfactory on the comprehensive oral examination, it may be repeated upon the recommendation of the Department and the request of the aspirant. The examination may not be repeated until at least 90 days have elapsed since the last unsuccessful attempt and no later than one year from the date of the first attempt. Normally, the aspirant will be terminated from the doctoral program if the comprehensive examination is not passed after two attempts.

After passing the comprehensive oral examination for a doctoral degree, the candidate must be continuously enrolled, including summer sessions, until all requirements for the degree are completed, and each enrollment must reflect, as accurately as possible the candidate's demands on faculty time and university facilities. During this time, until all requirements for the degree are completed or until 18 post-comprehensive hours have been completed (whichever comes first), the candidate must enroll for a minimum of 6 hours a semester and 3 hours a summer session. Post-comprehensive enrollment may include enrollment during the semester or summer session in which the comprehensive oral examination has been passed. If after 18 hours of post-comprehensive enrollment, the degree is not completed, the candidate must continue to enroll each semester and each summer session until all requirements for the degree have been met. The number of hours of each enrollment must be determined by the candidate's dissertation advisor and must reflect as accurately as possible the candidate's demands on faculty time and university facilities.

Dissertation

A dissertation is required of each doctoral candidate. The Ph.D. dissertation presents the results of the student's research investigation. It is expected to make an original contribution to technical knowledge of sufficient quality to merit publication(s) in refereed journals. A candidate for a doctoral degree must satisfy all  Graduate School requirements  for the degree and must submit to the major professor a paper or papers, based on the dissertation, suitable for publication in a refereed journal.

When the student passes the comprehensive oral examination, the Graduate Division identifies the candidate's Dissertation Committee based on the recommendations of the Department. The Dissertation Committee must consist of at least three members and may include members from other departments and divisions or, on occasion, members from outside the university. All members of the Committee must be chosen from the Graduate Faculty, and the chairperson must, in addition, be authorized to chair doctoral dissertations. A prospective member of the Committee from outside the university must have gained appointment as an ad hoc member of the Graduate Faculty prior to appointment to the Committee.

When the completed dissertation has been accepted by the Dissertation Committee, and all other degree requirements have been satisfied, the chairperson of the Dissertation Committee requests, three weeks in advance of the desired examination, the Graduate Division to schedule the final oral examination. The examination must be publicized at least 7 days prior to the date of the examination in the Department. At least five months must elapse between the successful completion of the comprehensive oral examination and the date of the final oral examination.

The committee for the final oral examination must consist of at least five members (the members of the Dissertation Committee plus at least two other members of the Graduate Faculty recommended by the chair of the dissertation committee and the Department and appointed by the Graduate Division). At least one of the members must be from an academic department other than the Department. This member represents the Graduate School and must be a regular member of the Graduate Faculty. The Department will report to the Graduate Division (by Do-All form) for every scheduled final oral examination a grade of honors, satisfactory, or unsatisfactory for the candidate's performance. If a grade of unsatisfactory is reported, the candidate may be allowed to repeat the examination upon the recommendation of the Department.

When the final oral examination has been passed and the dissertation has been signed by the members of the dissertation committee, a copy needs to be  submitted electronically  to the Graduate School, one bound copy to the major professor, and one bound copy to the Mechanical Engineering Department (with the funds needed to bind the two copies). In addition, the candidate must make arrangements for publication of the dissertation abstract in "Dissertation Abstracts International" Information on publication procedures may be secured from the Graduate Division.

Credit by Transfer

No credit taken after the award of the Masters degree can be transferred toward the Doctorate degree, but other relevant prior graduate work will be taken into consideration in planning programs of study.

Program Time Constraints

Residence Requirement: Two semesters, which may include one summer session, must be spent in resident study at the University of Kansas. During this period of residence, the student must be involved full-time in academic or professional pursuits, which may include appointments in this university for teaching or research if directed specifically toward the student's degree objectives. In this latter case, the student must be enrolled in a minimum of 6 hours per semester, and the increased research involvement must be fully supported and documented by the dissertation supervisor as being contributory to the student's dissertation or program objectives. The research work must be performed under the direct supervision of the major advisor if on campus, or with adequate liaison if off campus.

Maximum Tenure

The following time constraints apply for completion of doctoral programs:

• A student who enters graduate studies at KU with a Master’s degree from another university must complete all the work for the doctoral degree within eight years of the time of the initial enrollment in graduate work at this university.
• A student who leaves after having received the Master's degree from this university, and later decides to pursue the doctorate, may apply through the Department and Graduate Division for readmission to the Graduate School. If readmission is granted, the student must complete all the work for the doctoral degree within eight years of the time of the first enrollment after readmission.

Extension of the tenure periods specified above may be granted in exceptional circumstances for one year at a time by the Graduate Division upon receipt of a satisfactorily documented petition from the student concerned, supported by the Department.

A student in any of the categories listed above may petition the Graduate Division through the Department for a leave of absence during either the pre- or post-comprehensive period to pursue full-time professional activities related to the student's doctoral program and long-range professional goals. Leaves of absence may also be granted because of illness or other emergency. Ordinarily a leave of absence is granted for one year, with the possibility of extension upon request. After an absence of five years, however, a doctoral aspirant or candidate loses status as such and, in order to continue, must apply for readmission to the Department and to the Graduate Division.

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Ph.D. in Economics

Our Ph.D. program serves advanced students of economics with a focus on research. We seek students with a strong math foundation who have completed coursework that covers multi-variable calculus, linear algebra, and introduction to proofs. Our program has several notable features.

Comprehensive Structure

Our program provides a solid foundation in modern economic analysis and develops expertise in two specializations (See Graduate Handbook ). After the first year, students take qualifying exams in June. There are annual milestones and incentives to help students finish in 5 years. This includes dedicated faculty advising and early pairing with research faculty .

Full Funding

Each year we bring in a class of 7-10 fully-funded students. Our five-year financial support package typically includes a full tuition waiver, a paid GTA position, funding for conference travel, and more.

Abundant research possibilities

KU is recognized as a Carnegie R1 Doctoral University , the top designation awarded to universities with very high research activity . Our faculty work in many fields, manage active research centers, and serve as Editors or Associate Editors at top journals.

Dedicated placement support

A placement team committed to supporting job market activities, including portfolio development, job talk coaching, and faculty outreach. We regularly place Ph.D. students in their areas before graduation. See recent placements.

Exceptional quality of life

The KU campus and Lawrence community provide a vibrant downtown adjoining campus, a low cost of living, and many diverse opportunities for entertainment and recreation. Be a part of the proud Jayhawk tradition!

Application Dealine

Fall-admission: January 5

Note: GRE is required.

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Domestic Applicants: You're eligible for a $34,000/year Fellowship. Learn more...

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• Graduate Program in Mathematics
• Ph. D. Program

In most cases an applicant to the PhD program should have completed work in mathematics equivalent to that required for a Bachelor's Degree at Kansas State University.

Details on the application process can be found on the graduate program admission site . Admission is granted upon approval by the Graduate Program Advisory Committee (GPAC), the Department Head, and the Graduate School. Students pursuing graduate studies are enrolled in the Graduate School and are subject to the policies as outlined in the Graduate School Handbook , as well as the regulations of the Department of Mathematics. Though the GRE Subject test in mathematics is not a requirement for admission, providing a score for that test may help your application.

Overview of the Program

The goal of the doctoral program in mathematics at Kansas State University is to prepare each student for a successful career in academia or industry. Candidates must demonstrate to the faculty that they have met criteria for both breadth and depth in their studies. A two-part qualifying exam system first examines students on their breadth, which is gained through coursework in the first year, and then examines students on depth in the area of specialty---which is achieved through further coursework and independent study. Together these exams (QE I and QE II) comprise the Graduate School's Preliminary Exam.

COURSE LOAD: The student is required to complete a minimum of 90 hours of graduate credit (courses numbered at the 700 level or above), with at least 60% of the credit hours in courses numbered 800 or higher. Students entering with a Master's Degree from an accredited program may transfer up to 30 hours of that degree toward the PhD coursework requirement. The above-mentioned 90 credit hours must contain a minimum of 30 credit hours of MATH 999 (PhD research), and at least 24 credit hours of coursework (exclusive of MATH 999 courses) in the Department of Mathematics. Eligibility to enroll in MATH 999 is restricted to students having passed the Specialty Exam (see below). This coursework must be completed according to the Graduate School's policy regarding grades and minimum GPA; see paragraph 3, below.

Qualifying Examination QE I

The first part of the qualifying exam, QE I, consists of subject exams, currently offered in four areas.

Algebra (based on MATH 730-731) Analysis (based on MATH 721-722-Complex) Applied Math (based on Math 715-716) Geometry/Topology (based on MATH 770-771)

Students are asked to attempt at least three of these exams upon arrival at Kansas State. The results are used to help determined appropriate placement in graduate courses and teaching assignments. Students must pass exams in three subjects. Two are to be passed by the June following the student's first year of study; a third must be passed by the following August. Exams are offered every June and every August.

Supervisory Committee and the Program of Study

Within two years of passing QE I (or one year of passing the old-system Qualifying Exam) the PhD student is expected to select a major professor, form a supervisory committee, and to file a Program of Study with the Graduate School. The Supervisory Committee will advise the student throughout the remaining period of the study, as well as administer the QE II and the final oral defense. The Program of Study primarily serves to notify the Graduate School of the student's supervisory committee as well as to list the relevant coursework. The Graduate School requires that the Program of Study be filed at least one semester prior to taking the QE II. See more information for Doctoral Candidates .

The Program of Study must be approved by the student's Supervisory Committee, the Department Head, and the Dean of the Graduate School. The Program of Study must list a minimum of 90 credit hours of graduate credit (courses numbered at the 700 level or above that have been taken or will be taken), with at least 60% of the credit hours in courses numbered 800 or higher. Students entering with a Master's Degree from an accredited program may transfer up to 30 hours of that degree toward the Ph.D. Furthermore, the student's program of study must contain a minimum of 30 credit hours of MATH 999 (PhD research) and at least 24 credit hours of coursework (exclusive of MATH 999) in the Mathematics Department. The student must maintain at least a 3.0 GPA in the courses listed on the Program of Study. Furthermore, the student must earn a grade of A or B in three-fourths of these courses, with no worse than a C grade in the remaining courses.

Qualifying Exam QE II

The second part of the Qualifying Exam system consists of written or oral exams in two subjects, a major subject and a minor subject. The student, along with his or her dissertation committee, designs a syllabus based on material from 800-level courses or more advanced topics. The major subject portion of the syllabus must cover at least two semesters at this level; the minor portion at least one semester. The student's advisor and dissertation committee must approve the format (oral, written, or combined) of the exams, which may be taken on separate occasions. The syllabus and proposed method of examination must be submitted to GPAC at least eight weeks before the examination date.

Once the syllabus is approved by GPAC, the candidate submits a Request for Preliminary Examination Ballot form (among forms for grad students to the graduate school. Shortly before the examination date, the Graduate School will issue a ballot for the Preliminary Examination to the Major Professor on which the results of both QE I and QE II are to be recorded. Failure of the QE II is tantamount to failing the Preliminary Exam, and will be grounds for termination of financial support by the Department of Mathematics (if applicable), and failure of the second attempt will be grounds for dismissal from the Ph.D. program by the Graduate School. Upon satisfactory completion of QE II, the doctoral student is automatically advanced to candidacy for the PhD degree.

The PhD Dissertation

After successful completion of the QE II, students will continue their research under the supervision of their doctoral advisors. In order to receive the PhD degree, the student will be required to write a PhD thesis containing non-trivial, new results of publishable quality, and successfully defend this thesis in a final oral examination administered by the Supervisory Committee. All K-State PhD students are required to submit an electronic version of their dissertation (the Graduate School does not accept paper copies). More information, including templates, at K-State Electronic Theses, Dissertations, and Reports .

MATH 999 - PhD Research Coursework

It is the intention of the Department that a PhD student enrolled in MATH 999 (PhD research) is actively doing research directly relevant to the writing of the doctoral dissertation. Since a student not having passed the Specialty Exam has not yet demonstrated sufficient depth to embark on PhD level research, enrolling in MATH 999 coursework is restricted to only those students having passed the Specialty Exam. Students enrolling in MATH 999 for the first time (only) will need to complete the Request for Permission to take Math 999, PhD Research . The student's program of study must contain a minimum of 30 credit hours of MATH 999.

Final Defense of Dissertation

After the student's dissertation has been deemed acceptable by the doctoral advisor, a final oral examination will be scheduled through the Graduate School and held in accordance with Graduate School requirements. When the student is admitted to candidacy, the Dean of the Graduate School appoints an examining committee. This committee consists of the supervisory committee and a member of the graduate faculty not on the supervisory committee. The additional member serves as chairperson for the final oral examination. For further information on the responsibilities of the doctoral advisor and the chairperson during the final examination, read Section L in Chapter 3 of the Graduate School Handbook .

Time Allowed

Students are expected to complete this program within six years and should not anticipate receiving financial support (such as Teaching Assistantships) from the department for more than six years. Students are also responsible for being aware of and following the Graduate School time requirements. (See the Graduate Handbook and the Graduate Catalogue for these requirements.)

In any case, the date that the student was originally admitted to the graduate program in the Department of Mathematics will be considered the beginning date for the purpose of deciding time guidelines/deadlines in reference to the QE I and QE II (major and minor), as well as maximum length of time to complete a degree and for possible financial support.

Consult the Checklist for Doctoral Students prepared by the Graduate School. Any questions concerning the above requirements can be directed to the Director of Graduate Studies.

Ph.D. degrees awarded in Mathematics at KSU.

Doctoral Candidate Presents Dissertation Findings at National Conference

Karmen Yu’s research addresses the question: How do undergraduate Calculus I students experience and navigate their learning of calculus in the parallel spaces of coursework and inquiry-oriented complementary instruction?

Posted in: Faculty and Student Research , Mathematics Education PhD , Students and Alumni

Doctoral candidate Karmen Yu recently presented findings from her dissertation study at the annual Research in Undergraduate Mathematics Education conference in Omaha, NE. Karmen’s talk, entitled Case Studies of Undergraduate Students’ Agentive Participation in the Parallel Spaces of Calculus I Coursework and Peer-Led, Inquiry-Oriented, Complementary Instruction.  She shared findings from one case study that included characterizations of the different forms of agentive participation afforded to students in each of the two spaces, as well as their complementary nature relative to learning calculus with understanding. It was a fantastic presentation. Karmen’s advisor, Dr. Steven Greenstein, was a contributor to the presentation and was there to support her. Great work, Karmen!

• Department of Mathematical Sciences

Ph.D. Theses (PDF)

August Bjerg, Periodic Phenomena in the Theory of Large Atoms ISBN-number: 978-87-7125-225-5, 2024 TEXT: [ August Bjerg TEXT PDF ]. COVER: [ August Bjerg COVER PDF ].

Jacob Fronk, Multivariate Polynomials and Rational Functions of Random Matrices - A Case Study ISBN-number: 978-87-7125-224-8, 2023 TEXT: [ Jacob Fronk TEXT PDF ]. COVER: [ Jacob Fronk COVER PDF ].

Vignesh Subramanian, Categorification of Smith Theory ISBN-number: 978-87-7125-223-1, 2023 TEXT: [ Vignesh Subramanian TEXT PDF ]. COVER: [ Vignesh Subramanian COVER PDF ].

Jinwen Ye, Quantum Group Structures in Chern-Simons Theory ISBN-number: 978-87-7125-222-4, 2023 TEXT: [ Jinwen Ye TEXT PDF ]. COVER: [ Jinwen Ye COVER PDF ].

Nanna Havn Aamand, Quantum Group Structures in Chern-Simons Theory ISBN-number: 978-87-7125-221-7, 2023 TEXT: [ Nanna Havn Aamand TEXT PDF ]. COVER: [ Nanna Havn Aamand COVER PDF ].

Adriano Cordova Fedeli, Topological Hochschild homology of adic rings ISBN-number: 978-87-7125-220-0, 2023 TEXT: [ Adriano Cordova Fedeli TEXT PDF ].

Ali Muhammad, Entropy bounds for self-shrinkers with symmetries and applications ISBN-number: 978-87-7125-219-4, 2023 TEXT: [ Ali Muhammad TEXT PDF ]. COVER: [ Ali Muhammad COVER PDF ].

Alexis Aumonier, Moduli of algebraic hypersurfaces via homotopy principles ISBN-number: 978-87-7125-218-7, 2023 TEXT: [ Alexis Aumonier TEXT PDF ]. COVER: [ Alexis Aumonier COVER PDF ].

Frederik Ravn Klausen, Random Problems in Mathematical Physics ISBN-number: 978-87-7125-217-0, 2023 TEXT: [ Frederik Ravn Klausen TEXT PDF ]. COVER: [ Frederik Ravn Klausen COVER PDF ].

Paula Belzig, Quantum communication and fault-tolerance ISBN-number: 978-87-7125-216-3, 2023 TEXT: [ Paula Belzig TEXT PDF ]. COVER: [ Paula Belzig PDF ].

Anna Kamille Nyegaard, Projections and sensitivities of life insurance liabilities ISBN-number: 978-87-7125-214-9, 2023 TEXT: [ NYEGAARD TEXT PDF ]. COVER: [ NYEGAARD COVER PDF ].

Jacob Bjerre Skov, Dynamic Term Structure Modeling and the LIBOR Transition ISBN-number: 978-87-7125-215-6, 2023 TEXT: [ SKOV TEXT PDF ]. COVER: [ SKOV COVER PDF ].

Jingxuan Zhang, Localization theory for propagation of quantum information ISBN-number: 978-87-7125-213-2, 2023 TEXT: [ ZHANG TEXT PDF ]. COVER: [ ZHANG COVER PDF ].

Johannes Agerskov, One-dimensional Dilute Quantum Gases and Their Ground State Energies ISBN-number: 978-87-7125-071-8, 2023 TEXT: [ JOAS TEXT PDF ]. COVER: [ JOAS COVER PDF ].

Mads Friis Frand-Madsen, Connections between Quantum Key Distribution and Quantum Data Hiding ISBN-number: 978-87-7125-070-1, 2023 TEXT: [ MFFM TEXT PDF ]. COVER: [ MFFM COVER PDF ].

Vincent Steffan, Tensor Decompositions, Theory and Applications in Quantum Information ISBN-number: 978-87-7125-069-5, 2023 TEXT: [ VS TEXT PDF ]. COVER: [ VS COVER PDF ].

Song Li, Mathematical tools for population genetics based on genotype data ISBN-number: 978-87-7125-068-8, 2023 TEXT: [ SL TEXT PDF ]. COVER: [ SL COVER PDF ].

Yumo Zhang, Dynamic portfolio optimization with stochastic investment opportunities ISBN-number: 978-87-7125-067-1, 2023 TEXT: [ YZ TEXT PDF ]. COVER: [ YZ COVER PDF ].

Severin Mejak, Definability of maximal discrete sets ISBN-number: 978-87-7125-063-3, 2023 TEXT: [ SM TEXT PDF ]. COVER: [ SM COVER PDF ].

Jamaal Ahmad, Matrix methods in multi-state life insurance ISBN-number: 978-87-7125-066-4, 2023 TEXT: [ JA TEXT PDF ]. COVER: [ JA COVER PDF ].

Alexander Frei, Operator algebras and nonlocal games: Optimal states and self-testing ISBN-number: 978-87-7125-065-7, 2023 TEXT: [ AF TEXT PDF ]. COVER: [ AF COVER PDF ].

Snorre Jallbjørn, Multi-Population Mortality Models and Scenario-Based Projections ISBN-number: 978-87-7125-062-6, 2023 TEXT: [ SJ TEXT PDF ]. COVER: [ SJ COVER PDF ].

Jeroen van der Meer, Higher-algebraic Picard invariants in modular representation theory ISBN-number: 978-87-7125-058-9, 2022 TEXT: [ JVDM TEXT PDF ]. COVER: [ JVDM COVER PDF ].

Nikolaj Theodor Birkmose Thams, Causality and Distribution Shift ISBN-number: 978-87-7125-061-9, 2022 TEXT: [ NT TEXT PDF ], Text in B5 format. COVER: [ NT COVER PDF ].

Phillip Bredahl Mogensen, Multiple Hypothesis Testing and Causal Discovery ISBN-number: 978-87-7125-060-2, 2022 TEXT: [ PBM TEXT PDF ], Text in B5 format. COVER: [ PBM COVER PDF ].

Kaif Hilman Tan, Norms and periodicities in genuine equivariant hermitian K–theory ISBN-number: 978-87-7125-059-6, 2022 TEXT: [ KHT TEXT PDF ], Text in B5 format. COVER: [ KHT COVER PDF ].

Debbie Kusch Falden, Projection of balances and benefits in life insurance with various dividend strategies ISBN-number: 978-87-7125-057-2, 2022 TEXT: [ DKF PDF ]; COVER: [ DKF PDF ].

Henning Olai Milhøj, Quasitraces, Tracial States, and Kaplansky's Conjecture ISBN-number: 978-87-7125-056-5, 2022 TEXT: [ HOM PDF ], NB: Text in B5 format. COVER: [ HOM PDF ].

Malte Sander Leip, On the Hochschild homology of hypersurfaces as a mixed complex ISBN-number: 978-87-7125-055-8, 2022 TEXT: [ MSL PDF vol.1 ], [ MSL PDF vol.2 ] NB: Text in B5 format. COVER: [ COVER PDF vol.1 ], [ COVER PDF vol.2 ].

Sigurd Emil Rømer, Essays on rough and classical stochastic volatility ISBN-number: 978-87-7125-054-1, 2022 TEXT: [ SER PDF ],    COVER: [ SER COVER PDF ].

Manh Cuong Ngo, Modelling marine mammal reactions ISBN-number: 978-87-7125-053-4, 2022 TEXT: [ MCN PDF ],    COVER: [ MCN COVER PDF ].

Alexander Sevel Lollike, Projections in Life Insurance and the Equilibrium Approach to Utility Optimization ISBN-number: 978-87-7125-052-7, 2022 TEXT: [ ASL PDF ],    COVER: [ ASL COVER PDF ].

Marie Fialová, Aharonov-Casher theorems for manifolds with boundary ISBN-number: 978-87-7125-051-0, 2022 TEXT: [ MF PDF ],    COVER: [ MF COVER PDF ].

Luigi Pagano, The motivic zeta functions of Hilbert schemes of points on surfaces ISBN-number: 978-87-7125-050-3, 2021    TEXT: [ PDF ],    COVER: [ PDF ].

Meltem Ünel, Random trees with height dependent weights: Local limits and applications ISBN-number: 978-87-7125-049-7, 2021    TEXT: [ PDF ],    COVER: [ PDF ].

Martin Emil Jakobsen, Causality and generalizability: Identifiability and learning methods ISBN-number: 978-87-7125-048-0, 2021    TEXT: [ PDF ],    COVER: [ PDF ].

Francesco Campagna, Arithmetic and diophantine properties of elliptic curves with complex multiplication ISBN 978-87-7125-047-3, 2021    TEXT: [ PDF ],    COVER: [ PDF ].

Daria Poliakova, Homotopical algebra and combinatorics of polytopes ISBN 978-87-7125-045-9, 2021    TEXT: [ PDF ],    COVER: [ PDF ].

Sabiha Sibel Tokus, Variational methods for quantum Hamiltonians ISBN: 978-87-7125-046-6, 2021    TEXT: [ PDF ],    COVER: [ PDF ].

Maria Laura Battagliola, Quantile regression for scalar and functional clustered data and data analysis with phase-amplitude separation ISBN: 978-87-7125-044-2, 2021    TEXT: [ PDF ],    COVER: [ PDF ].

Robin Janik Sroka, Patterns in the homology of algebras: Vanishing, stability, and higher structures ISBN: 978-87-7125-043-5, 2021    TEXT: [ PDF ],    COVER: [ PDF ].

Lasse Petersen, Causal inference and machine learning ISBN: 978-87-7125-042-8, 2021    TEXT: [ PDF ],    COVER: [ PDF ].

Maxime Savoy, Combinatorial cell complexes. Duality, reconstruction and causal cobordisms ISBN: 978-87-7125-041-1, 2021    TEXT: [ PDF ],    COVER: [ PDF ].

Mikala Ørsnes Jansen, The stratified homotopy type of the reductive Borel-Serre compactification and applications to algebraic K-theory. ISBN: 978-87-7125-040-4, 2021    TEXT: [ PDF ],    COVER: [ PDF ].

Nicholas Gauguin Houghton-Larsen, A mathematical framework for causally structured dilations and its relation to quantum self-testing ISBN: 978-87-7125-039-8, 2021    TEXT: [ PDF ],    COVER: [ PDF ].

Zhipeng Duan, On equivariant Euler characteristics and spaces of trees ISBN: 978-87-7125-038-1, 2020    TEXT: [ PDF ],    COVER: [ PDF ].

Asbjørn Christian Nordentoft, On arithmetic statistics and periods of automorphic forms ISBN: 978-87-7125-037-4, 2020    TEXT: [ PDF ],    COVER: [ PDF ].

Jorge Yslas, Point process convergence of random walks and the estimation of multivariate heavy-tailed distributions ISBN: 978-87-7125-032-9, 2020    TEXT: [ PDF ],    COVER: [ PDF ].

Christian Furrer, Multi-state modeling in the mathematics of life insurance: meditations and applications ISBN: 978-87-7125-036-7, 2020    TEXT: [ PDF ],    COVER: [ PDF ].

Clemens Borys, Groups, actions, and C*-algebras ISBN: 978-87-7125-034-3, 2020    TEXT: [ PDF ],    COVER: [ PDF ].

Riccardo Pengo, Mahler measures, special values of L-functions and complex multiplication ISBN: 978-87-7125-035-0, 2020    TEXT: [ PDF ],    COVER: [ PDF ].

Philipp Schmitt, Strict quantization of certain classes of analytic functions ISBN: 978-87-7125-033-6, 2020    TEXT: [ PDF ],    COVER: [ PDF ].

Rune Christiansen, Causal inference in the presence of hidden variables: Structure learning, Effect estimation and distribution generalization ISBN: 978-87-7125-031-2, 2020    TEXT: [ PDF ],    COVER: [ PDF ].

Joshua Edward Hunt, Decompositions and obstructions for the stable module ∞-category ISBN: 978-87-7078-898-4, 2020    TEXT: [ PDF ],    COVER: [ PDF ].

Søren Wengel Mogensen, Graphical modeling in dynamical systems ISBN: 978-87-7078-897-7, 2020    TEXT: [ PDF ],    COVER: [ PDF ].

Angélica Marcela Torres Bustos, Algebraic methods for bistability and oscillations in reaction networks ISBN: 978-87-7078-896-0. 2020    TEXT: [ PDF ],    COVER: [ PDF ].

Francesco Chini, Some classification results for translating solitons and ancient mean curvature flows ISBN: 978-87-7078-895-3, 2019    TEXT: [ PDF ],    PDF ].-->

Mads Bonde Raad, Stability of age dependent Hawkes processes ISBN: 978-87-7078-894-6, 2019    TEXT: [ PDF ],    COVER: [ PDF ].

Kevin Aguyar Brix, Topological dynamics, groupoids and C*-algebras ISBN: 978-87-7078-893-9, 2019    TEXT: [ PDF ],    COVER: [ PDF ].

Asger Kjærulff Jensen, Tensors and the entanglement of pure quantum states ISBN: 978-87-7078-890-8, 2019    TEXT: [ PDF ],    COVER: [ PDF ].

Karen Bakke Haga, Maximal almost disjoint families, determinacy, and forcing ISBN: 978-87-7078-889-2, 2019    TEXT: [ PDF ],    COVER: [ PDF ].

Georgios Dalezios, Relative homological algebra and exact model structures ISBN: 978-87-7078-886-1, 2019    TEXT: [ PDF ],    COVER: [ PDF ].

Henrik Carøe Bylling, Bilevel optimization with applications in energy ISBN: 978-87-7078-885-4, 2019    TEXT: [ PDF ],    COVER: [ PDF ].

Vibeke Quorning, Cantor-Bendixson type ranks & Co-induction and invariant random subgroups ISBN: 978-87-7078-884-7, 2019    TEXT: [ PDF ],    COVER: [ PDF ].

Rune Harder Bak, Tensor abelian categories -- in a non-commutative setting ISBN: 978-87-7078-805-2, 2018    TEXT: [ PDF ].

Espen Auseth Nielsen, Operations on Hochschild complexes of Hopf-like algebras ISBN: 978-87-7078-883-0, 2018    TEXT: [ PDF ],    COVER: [ PDF ].

Mads Christian Hansen, Quasi-stationary distributions in stochastic reaction networks ISBN: 978-87-7078-881-6, 2018    TEXT: [ PDF ],    COVER: [ PDF ].

Martin Speirs, On the algebraic K-theory of coordinate axes and truncated polynomial algebras ISBN: 978-87-7078-916-5, 2018    TEXT: [ PDF ],    COVER: [ PDF ].

Niels Aske Lundtorp Olsen, Statistical analysis of functional data: Multivariate responses, misaligned data and local inference ISBN: 978-87-7078-915-8, 2018    TEXT: [ PDF ],    COVER: [ PDF ].

Amir Hosein Sadeghimanesh, Algebraic tools in the study of multistationarity of chemical reaction networks ISBN: 978-87-7078-914-1, 2018    TEXT: [ PDF ],    COVER: [ PDF ].

Manuel Krannich, On characteristic classes of manifold bundles ISBN: 978-87-7078-908-0, 2018    TEXT: [ PDF ],    COVER: [ PDF ].

Benjamin Böhme, Equivariant multiplications and idempotent splittings of G-spectra ISBN: 978-87-7078-913-4, 2018    TEXT: [ PDF ],    COVER: [ PDF ].

Roberto Ferrara, An information-theoretic framework for quantum repeaters ISBN: 978-87-7078-912-7, 2018    TEXT: [ PDF ],    COVER: [ PDF ].

Valerio Proietti, On K-theory, groups, and topological dynamics ISBN: 978-87-7078-906-6, 2018    TEXT: [ PDF ],    COVER: [ PDF ].

Anton Samojlow, Universality of Born-Oppenheimer curves ISBN: 978-87-7078-909-7, 2018    TEXT: [ PDF ],    COVER: [ PDF ].

Samuele Soraggi, Theory and inference on gene flow and ploidy numbers from NGS data 2018    TEXT: [ PDF ].

Jacob Østergaard, Statistical methods for neural data: Cointegration analysis of coupled neurons & generalized linear models for spike train data ISBN: 978-87-7078-903-5, 2018    TEXT: [ PDF ],    COVER: [ PDF ].

Mareile Große Ruse, Inference from stochastic processes with application to birdsongs and biomedicine ISBN: 978-87-7078-902-8, 2018    TEXT: [ PDF ],    COVER: [ PDF ].

Frederik Vissing Mikkelsen, Model selection and risk estimation with applications to nonlinear ordinary differential equation systems ISBN: 978-87-7078-901-1, 2017    TEXT: [ PDF ],    COVER: [ PDF ].

Dino Destefano, Investigating slopes of overconvergent modular forms ISBN: 978-87-7078-900-4, 2017    TEXT: [ PDF ],    COVER: [ PDF ].

Birger Brietzke, On the second order correction to the ground state energy of the dilute Bose gas ISBN: 978-87-7078-932-5, 2017    TEXT: [ PDF ],    COVER: [ PDF ].

Xiaolei Xie, Analysis of heavy-tailed time series ISBN: 978-87-7078-931-8, 2017    TEXT: [ PDF ],    COVER: [ PDF ].

Adam Lund, Spatio-temporal modeling of neuron fields ISBN: 978-87-7078-934-9, 2017    TEXT: [ PDF ],    COVER: [ PDF ].

Emil Steen Jørgensen, Diffusion models observed at high frequency and applications in finance ISBN: 978-87-7078-933-2, 2017    TEXT: [ PDF ],    COVER: [ PDF ].

Rasmus Sylvester Bryder, Boundaries, injective envelopes, and reduced crossed products ISBN: 978-87-7078-930-1, 2017    TEXT: [ PDF ],    COVER: [ PDF ].

Martin S. Christensen, Regularity of C*-algebras and central sequence algebras ISBN: 978-87-7078-929-5, 2017    TEXT: [ PDF ],    COVER: [ PDF ].

Eduardo Scarparo, Partial actions, paradoxicality and topological full groups ISBN: 978-87-7078-927-1, 2017    TEXT: [ PDF ],    COVER: [ PDF ].

Christian Majenz, Entropy in quantum information theory -- Communication and cryptography ISBN: 978-87-7078-928-8, 2017    TEXT: [ PDF ],    COVER: [ PDF ].

Matias Lolk, Dynamical systems and algebras associated with separated graphs ISBN: 978-87-7078-925-7, 2017    TEXT: [ PDF ],    COVER: [ PDF ].

Tomasz Prytula, Hyperbolic isometries of systolic complexes ISBN: 978-87-7078-923-3, 2017    TEXT: [ PDF ],    COVER: [ PDF ].

Johannes Heiny, Extreme eigenvalues of sample covariance and correlation matrices ISBN: 978-87-7078-921-9, 2017    TEXT: [ PDF ],    COVER: [ PDF ].

Clarisson Rizzie Canlubo, Non-commutative covering spaces and their symmetries ISBN: 978-87-7078-922-6, 2017    TEXT: [ PDF ],    COVER: [ PDF ].

Kang Li, Novel mathematical neural models for visual attention ISBN: 978-87-7078-920-2, 2017    TEXT: [ PDF ],    COVER: [ PDF ].

Amalie Høgenhaven, Real topological cyclic homology ISBN: 978-87-7078-919-6, 2017    TEXT: [ PDF ],    COVER: [ PDF ].

Robin Reuvers. Analysis of the Bogoliubov free energy functional ISBN: 978-87-7078-917-2, 2016    TEXT: [ PDF ],    COVER: [ PDF ].

Rune Ramsdal Ernstsen. Operation, investment and hedging in electricity markets ISBN: 978-87-7078-918-9, 2016:    TEXT: [ PDF ],    COVER: [ PDF ].

Ditte Mølgård Heide-Jørgensen, Operations management in short-term power markets ISBN: 978-87-7078-951-6, 2016:    TEXT: [ PDF ],    COVER: [ PDF ].

Massimiliano Ungheretti, On the algebraic structure of Hochschild complexes and the free loop space ISBN: 978-87-7078-950-9, 2016:    TEXT: [ PDF ],    COVER: [ PDF ].

Niek de Kleijn, Group actions on deformation quantizations and an equivariant algebraic index theorem ISBN: 978-87-7078-949-3, 2016:    TEXT: [ PDF ],    COVER: [ PDF ].

Kristian Knudsen Olesen, Analytic aspects of the Thompson groups ISBN: 978-87-7078-948-6, 2016:    TEXT: [ PDF ],    COVER: [ PDF ].

Martin Jönsson, Essays on quantitative finance ISBN: 978-87-7078-945-5, 2016:    TEXT: [ PDF ],    COVER: [ PDF ].

Giacomo Cherubini, Studies in the hyperbolic circle problem ISBN: 978-87-7078-946-2, 2016:    TEXT: [ PDF ],    COVER: [ PDF ].

Ninna Reitzel Jensen, Modern policyholder preferences and scenario-based projections ISBN: 978-87-7078-944-8, 2016:    TEXT: [ PDF ],    COVER: [ PDF ].

Simon Ellersgaard Nielsen, Essays on rational portfolio theory ISBN: 978-87-7078-939-4, 2016:    TEXT: [ PDF ],    COVER: [ PDF ].

Lykke Rasmussen, Computational finance - on the search for performance ISBN: 978-87-7078-943-1, 2016:    TEXT: [ PDF ],    COVER: [ PDF ].

Matthias Grey, Rational homological stability for automorphisms of manifolds ISBN 978-87-7078-956-1, 2016:    TEXT: [ PDF ],    COVER: [ PDF ].

Seyed Nourollah Mousavi, Analysis of functional data with focus on multinomial regression and multilevel data ISBN 978-87-7078-940-0, 2016:    TEXT: [ PDF ],    COVER: [ PDF ].

Kang Li, Property A and coarse embedding for locally compact groups ISBN 978-87-7078-936-3, 2015:    TEXT: [ PDF ],    COVER: [ PDF ].

Sima Mashayekhi, Numerical methods for nonlinear PDEs in finance ISBN: 978-87-7078-935-6, 2015:    TEXT: [ PDF ],    COVER: [ PDF ].

Casper Guldberg, On homotopy automorphisms of Koszul spaces ISBN 978-87-7078-959-2, 2015:    TEXT: [ PDF ],    COVER: [ PDF ].

Nina Munkholt Jakobsen, Efficient estimating functions for stochastic differential equations ISBN 978-87-7078-960-8, 2015:    TEXT: [ PDF ],    COVER: [ PDF ].

Kamille Sofie Tågholt Gad, Optimal stopping and policyholder behaviour in life insurance ISBN 978-87-7078-961-5, 2015:    TEXT: [ PDF ],    COVER: [ PDF ].

Kristian Buchardt, Life insurance liabilities with policyholder behaviour and stochastic rates ISBN 978-87-7078-967-7, 2015:    TEXT: [ PDF ],    COVER: [ PDF ].

Martha Muller, Functional data analysis applied in chemometrics ISBN 978-87-7078-968-4, 2015:    TEXT: [ PDF ],    PDF ]. -->

Mathias Makedonski, On the stability of spherically symmetric selfgravitating classical and quantum systems ISBN: 978-87-7078-962-2, 2015:    TEXT: [ PDF ],    COVER: [ PDF ].

Mauricio Gomez Lopez, Spaces of piecewise linear manifolds ISBN: 978-87-7078-963-9, 2015:    TEXT: [ PDF ],    COVER: [ PDF ].

Lars Frederik Brandt Henriksen, Aspects of valuation and optimization in life insurance ISBN: 978-87-7078-965-3. 2014: TEXT: [ PDF ],    COVER: [ PDF ].

Nadim Rustom, Algebra and arithmetic of modular forms ISBN: 978-87-7078-966-0, 2014:    TEXT: [ PDF ],    COVER: [ PDF ].

Søren Knudby, Approximation properties for groups and von Neumann algebras ISBN: 978-87-7078-971-4, 2014:    TEXT: [ PDF ],    COVER: [ PDF ].

Kristian J. Moi, Equivariant homotopy theory and K-theory of exact categories with duality ISBN: 978-87-7078-970-7, 2014:    TEXT: [ PDF ],    COVER: [ PDF ].

Sune Precht Reeh, Burnside rings of fusion systems ISBN 978-87-7078-974-5, 2014:    TEXT: [ PDF ],    COVER: [ PDF ].

Anders Christian Jensen, Statistical inference for partially observed diffusion processes ISBN: 978-87-7078-975-2, 2014:    TEXT: [ PDF ],    COVER: [ PDF ].

Flemming Brændgaard von Essen, Automorphic forms - Multiplier systems and Taylor coefficients ISBN: 978-87-7078-977-6, 2014:    TEXT: [ PDF ],    COVER: [ PDF ].

Martin Wedel Jacobsen, Block fusion systems and the center of the group ring ISBN: 978-87-7078-976-9, 2014:    TEXT: [ PDF ],    COVER: [ PDF ].

Morten Tolver Kronborg, Advances in Consumption-Investment problems with applications to pension 2014:    TEXT: [ PDF ].

Toke Nørgård-Sørensen: Homotopy representations of simply connected p-compact groups of rank 1 or 2 2014:     TEXT: [ PDF ],

Daniela Egas Santander, Graph complexes and the moduli space of Riemann surfaces ISBN 978-87-7078-978-3, 2014:    TEXT: [ PDF ],    COVER: [ PDF ].

Kim Petersen, The mathematics of charged particles interacting with electromagnetic fields ISBN 978-87-7078-979-0, 2014:    TEXT: [ PDF ],    COVER: [ PDF ].

Alexander Sokol, On martingales, causality, identifiability and model selection ISBN 978-87-7078-386-6, 2014:    TEXT: [ PDF ],    COVER: [ PDF ].

Yuwei Zhao, A Fourier analysis of extremal events ISBN 978-87-7078-982-0, 2013:    TEXT: [ PDF ],    COVER: [ PDF ].

Angela Klamt, The complex of looped diagrams and natural operations on Hochschild homology ISBN 978-87-7078-981-3, 2013:    TEXT: [ PDF ],    COVER: [ PDF ].

Rasmus Bentmann, Contributions to the structure theory of non-simple C*-algebras ISBN 978-87-7078-985-1, 2013:    TEXT: [ PDF ],    COVER: [ PDF ].

Morten Karlsmark, Four essays in quantitative finance ISBN 978-87-7078-984-4, 2013:    TEXT: [ PDF ],    COVER: [ PDF ].

Tim de Laat, Approximation properties for Lie groups and noncommutative Lp-spaces ISBN 978-87-7078-987-5, 2013:    TEXT: [ PDF ],    COVER: [ PDF ].

Stella Anevski, Algebraic K-theory of generalized schemes ISBN 978-87-7078-988-2, 2013:    TEXT: [ PDF ],    COVER: [ PDF ].

Thomas Hjortgaard Danielsen, Harmonic analysis on triple spaces ISBN 978-87-7078-991-2, 2013:    TEXT: [ PDF ],    COVER: [ PDF ].

Kenneth Bruhn, Preferences and design in insurance and pensions ISBN 978-87-7078-9929, 2013:    TEXT: [ PDF ],    COVER: [ PDF ].

Martin Vincent, High dimensional multiclass classification with applications to cancer diagnosis 2013: TEXT: [ PDF ].

Maria Ramirez-Solano, Non-commutative geometrical aspects and topological invariants of a conformally regular pentagonal tiling of the plane ISBN (Print) 978-87-7078-994-3, 2013: https://soeg.kb.dk/permalink/45KBDK_KGL/fbp0ps/alma99122889439905763

Massimiliano Tamborrino, Neural network connectivity and response latency modelled by stochastic processes ISBN 978-87-7078-996-7, 2013:    TEXT: [ PDF ],    COVER: [ PDF ].

Henrik Densing Petersen. Lˆ2-Betti numbers of locally compact groups ISBN 978-87-7078-993-6, 2013:    TEXT: [ PDF ],    COVER: [ PDF ].

Emanuele Dotto, Stable real K-theory and real topological Hochschild homology ISBN 978-87-7078-997-4, 2012:    TEXT: [ PDF ],    COVER: [ PDF ].

Hannes Thiel, On dimension and shape theory for C*-algebras ISBN 978-87-7078-995-0, 2012:    TEXT: [ PDF ],    COVER: [ PDF ].

Adam Peder Wie Sørensen, Semiprojectivity and the geometry of graphs ISBN 978-87-7078-998-1, 2012:    TEXT: [ PDF ],    COVER: [ PDF ].

George Maria Napolitano, Infinite random graphs with a view towards quantum gravity ISBN 978-87-91927-67-6, 2012:    TEXT: [ PDF ],    COVER: [ PDF ].

Chiara Esposito, On the classical and quantum momentum map ISBN 978-87-91927-69-0, 2012:    TEXT: [ PDF ],    COVER: [ PDF ].

Tarje Bargheer, A Colourful Approach to String Topology ISBN 978-87-91927-60-7, 2012: TEXT: [ PDF ],    COVER: [ PDF ].

Phan Thanh Nam, Contributions to the rigorous study of the structure of atoms ISBN 978-87-91927-66-9, 2011:    TEXT: [ PDF ],    COVER: [ PDF ].

Rune Johansen, On flow equivalence of sofic shifts ISBN 978-87-91927-61-4, 2011:    TEXT: [ PDF ],    COVER: [ PDF ].

Gabriel G. Drimus, Volatility-of-Volatility perspectives: Variance derivatives and other equity exotics 2011:    TEXT: [ PDF ].

Lisbeth Carstensen, Hawkes processes and combinatorial transcriptional regulation 2010:    TEXT: [ PDF ].

Esben Masotti Kryger, Five essays in life insurance mathematics 2010:    TEXT: [ PDF ].

Tine Buch-Kromann, Large loss models for general insurance 2009:    TEXT: [ PDF ].

Anders H. Jessen, Claims reserving and other topics in non-life insurance mathematics 2009:    TEXT: [ PDF ].

Cathrine Jessen, Risk analyses of financial derivatives and structured products 2009:    TEXT: [ PDF ].

Jens Kaad, A calculation of the multiplicative character on higher algebraic K-theory ISBN 987-87-91927-47-8, 2009:    TEXT: [ PDF ].

Jonas B. Rasmussen, Higher congruences between modular forms ISBN 978-87-91927-45-4, 2009:    TEXT: [ PDF ].

Kasper Kristensen, Statistical aspects of heterogeneous population dynamics 2009:    TEXT: [ PDF ].

Troels Windfeldt, Computational aspects of graph coloring and the Quillen-Suslin theorem ISBN 978-87-91927-35-5, 2009:    TEXT: [ PDF ].

Anders Gaarde, Projections and residues on manifolds with boundary ISBN 978-87-91927-31-7, 2008:    TEXT: [ PDF ].

Ali Abdelrahman, Asymptotic theory for the sample autocorrelation function and the extremes of stochastic volatility models 2008:    TEXT: [ PDF ].

David Kyed, L2-invariants for quantum groups ISBN 87-91927-22-6, 2008:    TEXT: [ PDF ].

Gunnar Restorff, Classification of non-simple C*-algebras ISBN 978-87-91927-25-6, 2008:    TEXT: [ PDF ].

Theis Lange, Asymptotic theory in financial time series models with conditional heteroscedasticity 2008:    TEXT: [ PDF ].

Julie Lyng Forman, Statistical inference from diffusion driven models 2007:    TEXT: [ PDF ].

Esben Bistrup Halvorsen, Intersection multiplicities and Grothendieck spaces ISBN 87-91927-15-3, 2007:    TEXT: [ PDF ].

David Brink, Procyclic Galois extensions of number fields ISBN 87-91180-26-0, 2006:    TEXT: [ PDF ].    COVER: [ PDF ],   [ PostScript ].

Peter Holm Nielsen, Financial optimization problems in life and pension insurance 2005:    TEXT: [ PDF ].

Mikkel Dahl, On mortality and investment risk in life insurance 2005:    TEXT: [ PDF ].

Tommy Bülow, Norms of units and 4-rank of class groups HCØ-tryk, ISBN 87-7834-619-3, 2004:    TEXT: [ PDF ].    COVER: [ PDF ],   [ PostScript ].

Jacob S. Christiansen, Indeterminate moment problems within the Askey-scheme HCØ-tryk, ISBN 87-7834-609-6, 2004:    TEXT: [ PDF ].    COVER: [ PDF ],   HCØ-PDF ], --> [ PostScript ].

Henrik Holm, Gorenstein homological algebra HCØ-tryk, ISBN 87-7834-587-1, 2004:    TEXT: [ PDF ],   [ PostScript ].    COVER: [ PDF ],   HCØ-PDF ], --> [ PostScript ].

Toke Meier Carlsen, Operator algebraic applications in symbolic dynamics HCØ-tryk, ISBN 87-7834-585-5, 2004:    TEXT: [ PDF ],    COVER: [ PDF ],   HCØ-PDF ] --> [ PostScript ].

Sine R. Jensen, Inversion formulas for the Radon transform HCØ-tryk, ISBN 87-7834-544-8, 2004:    TEXT: [ PDF ],   [ PostScript ].    COVER: [ PDF ],   HCØ-PDF ] --> [ PostScript ].

Niels Richard Hansen, Markov controlled excursions, local alignment, and structure. From Markov additive processes to biological sequence analysis 2003:     TEXT: [ PDF ].

Anders Frankild, Cohen-Macaulay local rings and Gorenstein differential graded algebras HCØ-tryk, ISBN 87-7834-544-8, 2003:    TEXT: [ PDF ],   [ PostScript ].    COVER: [ PDF ],   HCØ-PDF ] --> [ PostScript ].

Johannes Aastrup, Deformation quantization of endomorphism bundles HCØ-tryk, ISBN 87-7834-542-1, 2003:    TEXT: [ PDF ],   [ PostScript ].    COVER: [ PDF ],   HCØ-PDF ],--> [ PostScript ].

Cristina Antonescu, Metrics on non-commutative spaces HCØ-tryk, ISBN 87-7834-540-5, 2003:    TEXT: [ PDF ],   [ PostScript ],    COVER: [ PDF ].

Bo Markussen, Inference for stochastic partial differential equations and chaos decomposition of the negative binomial process 2002:     TEXT: [ PDF ].

Deimante Rusaityte, Stability bounds for ruin probabilities 2002:     TEXT: [ PDF ].

Brian Huge, On defaultable claims and credit derivatives 2001:    TEXT: [ PDF ].

Kasper K. S. Andersen, Classification of p-compact groups HCØ-tryk, ISBN 87-7834-464-6, 2001:   TEXT: [ PDF ],  [ PostScript ],   COVER: [ PDF ],  [ PostScript ].

Mogens Steffensen, Valuation and control in life and pension insurance 2001:    TEXT: [ PDF ].

Helle Sørensen, Inference for diffusion processes and stochastic volatility models 2000:    TEXT: [ PDF ].

Thomas Møller, Quadratic hedging approaches and indifference pricing in insurance 2000:    TEXT: [ PDF ].

Lars Winther Christensen, Functorial dimensions HCØ-tryk, ISBN 87-7834-359-3, 1999:   TEXT: [ PDF ],   COVER: [ HCØ-PDF ].